| Gene Information Plasmid Coverage information Fosmid Coverage information Sequence |
Gene Information |
| Locus tag | PsycPRwf_1029 |
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| Symbol | |
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| ID | 5205890 |
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| Type | CDS |
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| Is gene spliced | No |
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| Is pseudo gene | No |
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| Organism name | Psychrobacter sp. PRwf-1 |
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| Kingdom | Bacteria |
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| Replicon accession | NC_009524 |
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| Strand | + |
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| Start bp | 1231256 |
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| End bp | 1235845 |
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| Gene Length | 4590 bp |
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| Protein Length | 1529 aa |
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| Translation table | 11 |
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| GC content | 42% |
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| IMG OID | 640599250 |
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| Product | hemolysin-type calcium-binding region |
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| Protein accession | YP_001279929 |
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| Protein GI | 148652836 |
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| COG category | |
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| COG ID | |
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| TIGRFAM ID | |
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| 
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Plasmid Coverage information |
| Num covering plasmid clones | 13 |
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| Plasmid unclonability p-value | 1 |
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| Plasmid hitchhiking | No |
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| Plasmid clonability | normal |
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Fosmid Coverage information |
| Num covering fosmid clones | 14 |
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| Fosmid unclonability p-value | 0.297534 |
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| Fosmid Hitchhiker | No |
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| Fosmid clonability | normal |
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Sequence |
| Gene sequence | ATGTTTTTCT CCGTTGTTGA CAGCAGAGGT CATGCTGATG GTCCGCATAC CTTTGTGGCG
AAGATTGAAG ATGCCGCTGG TAACGTGGGT ACTGAATCTA ATGAGTTTAT GCTGACGGTA
GATACCCAAG CGCCAACCGA GAACAACAGC ATTAGCATTG ATACCTACAC CGATGATGTT
GATCCATTAC AAGATGACTT TGGTAGTGGT ACAGACACCA ACGACACCAC ACCGACCCTA
AATGGTACGG TTTCTGGTTT GGCTGCTGAT GATACGGTCG GTATTTATGA TACTGATGGT
AATCGTTTAG GGGATGCGAT ATTAAATGCA GATCGCACCG GCTTTACCTA TACCTCAGCT
GCGCTTGCTG ATGGTCCGCA TACCTTTGTG GCGAAGATTG AAGATGCCGC TGGTAACGTG
GGTACTGAAT CTAATGAGTT TATGCTGACG GTAGATACCC AAGCGCCGAC TGATAACAAC
AGCATTAGCA TTGATACCTA CACCGATGAT GTTGATCCAT TACAAGATGA CTTTGGTAGT
GGTACAGACA CCAACGACAC CACACCGACC CTAAATGGTA CGGTTTCTGG TTTGGCTGCT
GATGATACGG TCGGTATTTA TGATACTGAT GGTAAGCGTT TAGGGGATGC GATATTAAAT
GCAGATCGCA CCGGCTTTAC CTATACCTCA GCTGCGCTTG CTGATGGTCC GCATACCTTT
GTGGCGAAGA TTGAAGATGC CGCTGGTAAC GTGGGTACTG AATCTAATGA GTTTATGCTG
ACGGTAGATA CCCAAGCGCC GACCATCAAC CCACAAACTA TCGAGTATAA CGAAAATCAA
GAAGCCGGAA CAGATACAGA AGAGACAGGT TTAGTGATAG GTGAAGTTAT CGCATCTGAT
AACAGAGGTA GTGTGAGCTA TAGCATTACC GCTGGTAACG GTAAAGGATA CTTTGATATT
AATGAAAAAG GTCAAATCGC TCTTACGCAG AAAGGCCTAA GCAGTGAAGC TAACGACTTT
GAGTTGGGAT TAAATGAATT TGATTTGACG GTTACTGTTA CTGATGAGGC GGGTAATAGC
GCTGATTCAA CAGTGACTAT TAATGTTAAT AATGTAAACG AAGCACCAAC TGCTGCTGAC
TTCAGTAAAA AAATCTTTGA AGATGGTAAT GTCTATGAGG GTAACTTAAA CCGCCCTGAG
ATTATTATTT CAGTGGAAGA TCTAGAAGGT ATAAGCCCAG AAGACGTGCA GCTCTTAATT
GGCACGGATA GAGTTGATTC TTTCTATAAA ATTAATGATG ATCGTAGCGT GACTTTCTCC
CCACGTGAGG CCTTAGATAA TGGTGTTTAT ACCTTAACTT TACAAGATAA GTCTGATACT
TCTAAAGTAC TAGGCATATT TGAAGATATA CAAGTGAACT CTGGATATAC ATTAACAATA
GATGATTTCA AGCAGAACTA TAATGACCCT GAAGGAGATG AGTTAACTGA AGTTATTATC
ACTTCATTAC CAGAGGATTC GCGAGGGGTG CTATTATTAG GGACTGAAGT GGTTAAGGTT
AATGACCGAA TCTCGATTAC TGAGATTAAG AATGGTAATC TTATATTTAT ACCAGCTAAA
GATCAGTCAG ACAATGATGT TGAAGGACCA TTTGCGTCTA TCAAGTATAA AGTAGCAAAT
GCTAATACAG CCAATGATAG TGCTGAATCA GAAGGCGATC CTAGCACCAT CACAATAAAC
GTAGAACCTA AAGCAGACGG AACATTCACG ACAGTAGTCG ACACGGCACT AAACAGTGAT
GATATTACAG GTTCAGGTGG TCTACAAAAA GATGGCAGTT TAACTGGCTT CAACAAAGAA
GTTCAGGGTG ATCTTGGTCT CGATTACAAA TCAATGTTCT CTGAGAGGAG TTTAGATGGG
TCTGTCTATT ATAAATACTA CAGAGACGAG AACTGGTTCG GTATAGGTGC GGATAAGCCC
TTTGGCTTCC ATCAACCACT CAATAATAAC TTCTTAAAAG GGGCTATTGA AACTACTTTA
GTCGAGCCAA AAGCTCCAAA TGCTAACGGA GTGGTTGGTG CATATGACTC TGGTCTTGTT
AAGTCTGCCC AGATTTTTGG TGCAAATAAA GGTGTTTATG GAGAAAAAGA CAAGCCAAGT
ACCGCTTTAG TGGTTAAGTT TGAAGGCTTA ATCTATTTAG AAGCAGGTGA GAGCTATAAA
TTCAATTATG ATAAACCTGA AGGTATTGAT GATGCCTTGG TCATTAATTT AGGGGGTAAG
ACTGTCTATG AGCAGCACTA CTATAATTCA CCTGAGGAAT TTGATCCTAG AAACCCATTA
AAGGTCGAAC CATTTATACC TAAAGAGTCT GGCTTCTATA GCTTGGATAT GTACCATCTA
AACTCAGGTA GTGAGGGTCG TTTAGGTATT CAATTAAATG GTAACGATTT AACGACGGAT
AACTTCTTAG TATATCCTGA TGAAAAAGCT CTAAAAGAAG CACTTGCAGC CAATGACAAC
CTGAAAGACT TTAATATTAG TTCACTGCAA GGCAGTATTG ATGGTAAAAA CGGCTATTAC
ACCATTGAAG GCAACAACAT TGGTGAGGCA GGTACTTGGT TTAAGATATC GAATCTAAGT
ATAAAATCAG ACTCTAATTC TGATGGCATT GAAGTTCAAA CCATCACCGG CAGTAACGAT
ACTGACGACA CTTTAGTGTT AGCTAAAGAT AAGGATGGTA AAGACACGGT TAAACTTGAA
ATAGGGGGGC TTTCAGAAGG GTATGAGATA AGAGACGGTG CAGGTAATCA ATATACGTTT
ACGGGTAAAG AGGATGTAAT TGATATTACG GACTGGGATA GAGCCAACCT TGAATTATTT
GCGCCATTAA ATGCCGAAGC CGGACGTGAA GGTATTGCAC TAATCACTAG TAGTCGAGAT
GGTGACGATA ATATCACTCA GTCTTATACC CACTTACACA TTAATGTCTC TAAAGACAGT
GCCAACTATA GCGGCACCAC GGGTAAAGAC GAGATTATCT TAGGTACATC TGATAAGCCG
GGTACAGGCG ATAACGTGCT GTTTGGTGGT AGTGGTGATG ATACATTAGA TGGTGGTGCA
GGTAATGATG TGCTATTCGG TGACTCAGCA GGCGGTGTCC GCGGTGGCGG CTTCGAGTAC
TGGGACTTCT CAAACTTTGA AGGCAATGTC AGTAGAGATT CAAATCTGAA CTATGCTTGG
TTAGTTGCTG AAAGTAATGG AAAAACAGAA CAACACACGA TCGGTGCGTG GAACTTAGGA
GGGCGTTCGG AGGACTATAA ACGTCCAGAA CGTGACTATA ATAATATTGA ATTCGCCAAC
CCTAATAAAG GTAATACAAG CACAAATGGC AATAAATACA CTGGATCAGA TGCTGGGTCC
TGGGTATTAG ACATGACAGC GCATCAATTT AATGAGTTAG ATATTTGGCA AAATGTTACC
ACCATGCCGG GAGAGACTTA TAATATTGAA ATTGTCGTGT CTAATGCCGG TGATACTACC
ATGCACGTTC AGTGGGGTGG TCATACCATT GGTATCCTTG AAGAAGGTAG TACTACAATG
GCAGGTCTAA ATAAAGTTCA AATTGTTCGA GAGACTTCAG GCCTTCCAAG TGGTTATAGT
AAATATATCC TAACCGTTGC AGGAGATAGA GAGTCTGAAT TCACAGAGTT AAGAATTTTA
GGTCATACTG AAAAGAATAG TTCAGGTTAT CAGACAGAGC CGAGTTCTAA CGGGCGTATT
CTAGCCTCTG TAGACTTAAA GCCTGTAGGC AATAGTGGAG CTGACAAACT AATTGGCGGT
GAAGGAGAAG ATATCCTTTA TGGCCAAGGA GGTAATGATA CTCTGTGGGG TGGTAAATTT
GTTGAAGAAG GTGACAGAGG TGATGGCAGT ACCGATACCT TTGTATACTC GTTCAATAAA
GATAATGGTC ATGACACCAT TAAAGACTTC GAAGTTGGCA CTGACCGTAT CTACTTAACC
GATGTCTTGG ATGCCTATAA TGGCTTAGAT ATGGGTCTAG GAGGCATGAT AACGAATAAG
GTTTATAATG AAAACGATCC ACAAGCTAAG CACATCACCC GTACGCCTGG TACTAATGGA
GATGTTGATT CTGACAGTAA TGAAATTATT AACTCAACTG CTAAGTCCGA TGACAACTTG
ACTATCAAGG ATTTCCGTTA CGACAACAAT AATGGAGACT CCTACAATGC TCAAGGTCAG
CACAATCAGT ACATTACTGT GGAAGGAAGT GAGGGTGATA GTGGTGATGT AGTTATTAGC
TTTGGTTCAG GAAAGAGTAC AGATGCTGGC GCAAAAACTG CCTATGGCTC AGTAACTCTT
GAAGGGATCA GTTACGGTAC GGCTAATGAT GGTAACGAAC ATACCTACGG TAGCGTCGAA
GAACTGTTTG GCTATAATGG TCATCAGCAG ATCCTTTGGG CGACCACCGA TGGTTTCCAA
ATCCCTAAAG ACAATAACTA TGATAATCTA ACCAACATGG ATATGACAGT GACTGACTTG
AAGATAGATG GTTACTATCC TGTCATCTAA
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| Protein sequence | MFFSVVDSRG HADGPHTFVA KIEDAAGNVG TESNEFMLTV DTQAPTENNS ISIDTYTDDV
DPLQDDFGSG TDTNDTTPTL NGTVSGLAAD DTVGIYDTDG NRLGDAILNA DRTGFTYTSA
ALADGPHTFV AKIEDAAGNV GTESNEFMLT VDTQAPTDNN SISIDTYTDD VDPLQDDFGS
GTDTNDTTPT LNGTVSGLAA DDTVGIYDTD GKRLGDAILN ADRTGFTYTS AALADGPHTF
VAKIEDAAGN VGTESNEFML TVDTQAPTIN PQTIEYNENQ EAGTDTEETG LVIGEVIASD
NRGSVSYSIT AGNGKGYFDI NEKGQIALTQ KGLSSEANDF ELGLNEFDLT VTVTDEAGNS
ADSTVTINVN NVNEAPTAAD FSKKIFEDGN VYEGNLNRPE IIISVEDLEG ISPEDVQLLI
GTDRVDSFYK INDDRSVTFS PREALDNGVY TLTLQDKSDT SKVLGIFEDI QVNSGYTLTI
DDFKQNYNDP EGDELTEVII TSLPEDSRGV LLLGTEVVKV NDRISITEIK NGNLIFIPAK
DQSDNDVEGP FASIKYKVAN ANTANDSAES EGDPSTITIN VEPKADGTFT TVVDTALNSD
DITGSGGLQK DGSLTGFNKE VQGDLGLDYK SMFSERSLDG SVYYKYYRDE NWFGIGADKP
FGFHQPLNNN FLKGAIETTL VEPKAPNANG VVGAYDSGLV KSAQIFGANK GVYGEKDKPS
TALVVKFEGL IYLEAGESYK FNYDKPEGID DALVINLGGK TVYEQHYYNS PEEFDPRNPL
KVEPFIPKES GFYSLDMYHL NSGSEGRLGI QLNGNDLTTD NFLVYPDEKA LKEALAANDN
LKDFNISSLQ GSIDGKNGYY TIEGNNIGEA GTWFKISNLS IKSDSNSDGI EVQTITGSND
TDDTLVLAKD KDGKDTVKLE IGGLSEGYEI RDGAGNQYTF TGKEDVIDIT DWDRANLELF
APLNAEAGRE GIALITSSRD GDDNITQSYT HLHINVSKDS ANYSGTTGKD EIILGTSDKP
GTGDNVLFGG SGDDTLDGGA GNDVLFGDSA GGVRGGGFEY WDFSNFEGNV SRDSNLNYAW
LVAESNGKTE QHTIGAWNLG GRSEDYKRPE RDYNNIEFAN PNKGNTSTNG NKYTGSDAGS
WVLDMTAHQF NELDIWQNVT TMPGETYNIE IVVSNAGDTT MHVQWGGHTI GILEEGSTTM
AGLNKVQIVR ETSGLPSGYS KYILTVAGDR ESEFTELRIL GHTEKNSSGY QTEPSSNGRI
LASVDLKPVG NSGADKLIGG EGEDILYGQG GNDTLWGGKF VEEGDRGDGS TDTFVYSFNK
DNGHDTIKDF EVGTDRIYLT DVLDAYNGLD MGLGGMITNK VYNENDPQAK HITRTPGTNG
DVDSDSNEII NSTAKSDDNL TIKDFRYDNN NGDSYNAQGQ HNQYITVEGS EGDSGDVVIS
FGSGKSTDAG AKTAYGSVTL EGISYGTAND GNEHTYGSVE ELFGYNGHQQ ILWATTDGFQ
IPKDNNYDNL TNMDMTVTDL KIDGYYPVI
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